FTIR Applications in CCS
To reduce greenhouse gas emissions, technologies and systems for CO2 capture and storage (CCS, Carbon Capture and Storage) are rapidly emerging. The stored CO2 can, for example, be reused for the controlled ripening of crops. The purity of the CO2 is crucial in this process. FTIR is recognized as one of the BAT (Best Available Techniques) for monitoring greenhouse gas emissions.
Gas Analysis
Ravebo B.V. offers a Gasmet FTIR gas analysis system as the solution for monitoring CO2 quality and detecting trace impurities. Each system is custom-configured. The starting point is often the process conditions and the expected gas matrix. CCS methods may differ depending on the CO2 separation technique: adsorption, absorption, or even membrane-based. Therefore, a suitable sampling method is essential for accurate measurements. We provide customized sampling solutions, such as multi-point sampling systems.
Applications
The FTIR gas analysis system is delivered with a calibration library tailored to the application. This library can be modified or expanded at any time in the future. For CCS applications, this may include components such as Carbon Dioxide (CO2), Methane (CH4), Ethane (C2H6), Propane (C3H8), Butane (C4H10), Water (H2O), and Amines.
The trajectory for a gas analysis system is always developed in close consultation. It is very important to have a clear understanding of the process conditions and the gas matrix beforehand. The better this is known, the better we can assist you with appropriate recommendations for effective analysis. This ensures optimal monitoring, improvement, and process optimization. For CCS applications, this results in accurate data representation and protection of upstream processes and equipment.
We offer complete measurement solutions, including sampling systems, piping, analytical equipment, and integration with PLC systems.